Phase 1
Requirements and concept
Define interfaces, motion, loads, dimensions, materials and an initial parametric concept.
Projects · Mechanical Engineering and CAD
Engineering CAD
Parametric 3D CAD for mechanical parts and assemblies, from concept geometry to manufacturing drawings and iterative prototype development.
Project overview
Engineering CAD converts functional requirements into controlled 3D parts, assemblies and drawings that can be reviewed, manufactured and revised.
The workflow can cover robotic mechanisms, linkages, housings, brackets, fixtures and other engineered components using Autodesk Inventor and SolidWorks.
Design reviews consider fit, motion, tolerances, interfaces, materials, fasteners, serviceability and manufacturability before physical prototyping.
Technology and architecture
Autodesk Inventor
SolidWorks
Parametric part and assembly modelling
Exploded views and assembly documentation
2D manufacturing drawings and tolerancing
Motion, interference and fit checks
STEP, STL and DXF export
Design-for-manufacture and prototype iteration
Potential value
Faster iteration before fabrication
Clearer communication between engineering and manufacturing
Reduced fit and interference errors
Reusable design history and controlled revisions
A stronger path from concept to physical prototype
Roadmap
A staged route to evidence.
Phase 2
Detailed assembly
Develop parts and assemblies, run fit and interference checks, and prepare manufacturing documentation.
Phase 3
Prototype and validation
Fabricate or print selected parts, test the mechanism, capture issues and feed measured results back into the CAD model.